Hi
I have setup emoncms to display data from my existing network of 1-wire temperature sensors, whilst I determine what hardware to get for the energy monitoring (and waiting for the usual post christmas January skintness to clear:-))
I am failing miserably to get the multigraph to display any data though.
It does display and I get no errors in the apache error log so it seems to be loading the plugins successfully.
All I get are the range buttons ( such as month, week day etc) and a single gray line. It looks to me like it's trying to draw the graph, but cannot access the data. I am using the readonly key.
I have checked the syntax of the feeds, and even deselected all bar one if it was a particular feed. Any Ideas?
There are loads of really attractive and imressive screenshots with this feature on, which only frustrate me more:-)!
Great project by the way and I am really keen to expand my current system.
Thanks a lot
Re: Struggling with the Multigraph
Nice screenshot of the dials! Great to see it in use. Could you post the multigraph feedlist code as you have set it up? the following part:
Do you get any errors in the javascript console?
Re: Struggling with the Multigraph
Completely forgot about the javascript console - That picked up that there was a syntax error on one line - must have been a stray.
After 15 seconds to fettle that, the graph is now loading - damn spent ages looking and never spotted it by eye! Thanks for that.
Showing the scale as -1 to 1 though now, and consequently none of the feed datalines - time to play a little more.
The realtime and bar graphs on the feed pages are Ok though.
Re: Struggling with the Multigraph
Would it be possible to post the code you used in the dashboard to get it to display?
thanks!


.About
Country
Ethiopia
City
AddisAbaba
Age
.About:before
Content
I am more concerned with professionalism and craftsmanship than flashiness and market power. This holds true for both my continuously improving web development skills. I have completed my bachelor's degree (Computer science) at Shenyang University in one of the cities in China and I've been developing web applications for about 3+ years.
If you anticipate databases with millions of records that won't be the slightest problem. All of the technologies I use scale extremely well. Just ask yourself: if Nodejs and MongoDB are good enough for eBay, aren't they good enough for my business? You bet they are.
you can be sure your website or software development project will be a priority for me. If you succeed I will succeed!
.Work-experience
Experience-process
4+ Year
Finished-projects
60+
.Skills
Flutter + Dart
95%
Adobe Ps/Ai
85%
CSS3
75%
Javascript
90%
PHP
55%
C++
50%
JAVA
45%
.Skills .CSS
Object-Oriented CSS (SASS)
70%
.Skills .Javascript
Jquery
30%
NodeJs
95%
VueJs
90%%
AngularJs
55%
IonicJs
30%
Databases
Mysql
90%
Mongodb
92%
.Education-information .first
Primery arySchool
Merha Tibeb
Secondary arySchool
Nejashi Ethio-Turkish
Year-of-study
2000 - 2016
At self-teach
Web Design and Programming
.Education-information .second
College of Chinese Language and Culture, Jinan University
Learning Chinese Language
Year-of-study
2015 - 2016
Shenyang University
University Preparation
Year-of-study
2016 - 2020
Department-of-education
Computer Science


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Written statement to Parliament
Education Secretary confirms the start of a consultation period for 6 local authorities involved in the Judicial Review about Building Schools for the Future.
Mr Justice Holman, on Friday 11 February, handed down the judgment in the Building Schools for the Future (BSF) Judicial Review proceedings brought by Luton Borough Council and Nottingham City Council, Waltham Forest London Borough Council, Newham London Borough Council, Kent County Council and Sandwell Metropolitan Borough Council.
The judge said that he was ‘absolutely clear that the decision is not open to legal challenge on a discrete ground of irrationality, however that argument is developed or put’; and he agreed that nothing which the Department for Education or Partnerships for Schools had done in respect of these local authorities went ‘so far as to create a substantive legitimate expectation that any given project would definitely proceed’.
These were the substantive points in this case and I am delighted that the judge ruled in my favour.
There were further, procedural, grounds on which the claimants made their case, in particular on a duty to consult; and on the duty to have due regard to equalities considerations. On these procedural grounds, the judge has ruled in favour of the claimants.
The judge has not ordered a reinstatement of funding for any BSF project, nor has he ordered me to pay compensation to any of the claimants. Instead, he concluded that I:
must now, after giving each of them a reasonable opportunity to make representations, reconsider [my] decision insofar as it affects the claimants and each of the projects in relation to which they have claimed, with an open mind, paying due regard to any representations they may make, and rigorously discharging [my] equalities duties.
Officials have, today, written to the six claimant local authorities to begin a process of consultation on their affected BSF projects.
I have requested that the six local authorities provide me with any and all information about the BSF projects in their area which they consider is necessary for me to take into account when making a fresh decision with respect to those projects.
I will not be making contact directly with the affected schools. Local authorities will want to engage with the schools concerned and will provide the school-level information that they consider is necessary for me to have in mind when making my decision. Local authorities are in the best position to give an overview of the local issues affecting the school estate in their areas.
I have suggested that the local authorities may wish to include information on building condition, basic need pressures, contractual liabilities, equalities impact and any school reorganisation proposals for each school within their claim. In addition, I have suggested that they highlight the particular circumstances of the schools which are covered by their claims and how these differ from schools which have either already received or are due to receive BSF investment as a result of inclusion in an earlier wave; and schools which are not due to receive any BSF funding at all. They may also wish to include information about costs that the councils have incurred by taking part in the repeat wave of the BSF.
During the consultation period, new general equalities duties may come into effect. As a result, in order to rigorously discharge my duty in relation to all protected characteristics, in addition to disability, race and gender characteristics, I will consider the protected characteristics of gender reassignment, pregnancy and maternity, religion or belief, marriage and civil partnership and sexual orientation.
The local authorities have been given a deadline of 11 April 2011 to return their representations to the Department.
Partnerships for Schools (PfS) has been commissioned to conduct site surveys of the schools in the consultation and their reports will be sent to the local authorities concerned.
I will consider carefully the information that the local authorities provide. Local authority officers and relevant elected members and members of parliament will be invited to attend a meeting at the Department. These meetings will allow the local authorities to discuss the information they have provided in more depth and allow them to make further representations on issues that they consider need particular attention. The purpose of the meetings will be to allow local authorities the opportunity to fully present their case and is a further part of the information gathering phase. No decision will be made at the meetings.
At the next stage a letter detailing my provisional or ‘minded to’ decision will be sent to the local authorities and they will be given the opportunity to make further representations.
After that, I will make a decision on each of the projects, having considered, with an open mind, all of the information gathered over the consultation period and with due regard to my equalities duties. As the judge made clear, ‘the final decision on any given school or project still rests with [me]’, and that I ‘may save all, some, a few or none’. He concluded by saying that ‘no one should gain false hope from this decision’.
I have written to all relevant members of parliament and local authority elected members to inform them of the consultation process. All schools within the consultation process have also been copied the letter sent to the local authority to ensure they are informed of the process. I have also placed in the House library copies of the letters sent by my officials to the relevant local authority chief executives.
Michael Gove MP
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 2 March 2011


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Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Thomm Dentistry Professional Corporation
Legal Name:
Thomm Dentistry Professional Corporation
Operating Name:
Great Lakes Dental
Mailing Address:
B-1323 Michigan AveSARNIA, Ontario
N7S 4M6
Location Address:
B-1323 Michigan AveSARNIA, Ontario
N7S 4M6
Tel.:<PHONE_NUMBER>
Fax:
Logo
Company Profile
Great Lakes Dental is a Family, Cosmetic & General Dental Practice proudly serving Sarnia, Point Edward, Petrolia and Lambton County. Dr Jennifer Thomm and her team are committed to providing excellent dental care in a comfortable and relaxed setting. We provide comprehensive dental services while considering the unique needs of each individual patient. We take the time to learn about your specific concerns so we can create an individualized treatment plan that meets your needs. Learn more about our office on Google, Facebook, Twitter, Instagram or Pinterest.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
At Great Lakes Dental we provide the latest cosmetic treatments that can make a noticeable difference in the look of your smile, in a lot less time than you think. Through the use of digital photography and a proven technique of analyzing your smile, we can plan out cosmetic corrections to meet your expectations before we commence treatment. Some of the more popular cosmetic treatments performed in our office include:
White Fillings - Today, silver fillings can be replaced with tooth-coloured fillings for a much more natural look. Made of a tooth coloured resin material, these fillings are designed to match your existing teeth to provide you with a smile that looks bright and natural. With this resin compound bonding to your teeth, the seal is tighter and the restored tooth will be stronger than ever before.
Teeth Whitening - This is one of the fastest and easiest ways to enhance your smile. Your beautiful, pearly white smile can be restored with simple tooth-whitening procedures performed in Sarnia.
Bonding - This simple, painless and affordable procedure has many uses, including repairing chipped teeth, closing spaces between teeth, and reshaping and covering badly stained teeth.
Veneers - Are a simple way to repair crooked, chipped, or misshapen teeth. They can also be used to cover badly stained teeth and to smooth out an uneven smile.
Partial Crowns - Also known as indirect fillings, partial crowns made from porcelain or composite materials are a long-lasting yet cosmetic way to provide a “filling” to teeth with tooth decay or similar structural damage.
Technology profile
During a chairside treatment, the dentist carries out all the steps, from digital impressions and computer-based construction of the restoration to the milling process, inside their office. The dentist uses an intraoral camera to take a photo of the preparation, the antagonist teeth, and the bite situation. Based on the images, the CEREC software creates a virtual model of the patient’s tooth situation. The dentist uses this model to construct the tooth restoration on the screen and then passes on the finished construction wirelessly to our milling machine. The restoration is then milled out of a color-matched ceramic block in just 6 to 15 minutes using diamond-coated milling units. The dentist can then add the finishing touches to the restoration by painting, polishing, and glazing it, before cementing it in the patient's mouth.
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
At Great Lakes Dental we provide the latest cosmetic treatments that can make a noticeable difference in the look of your smile, in a lot less time than you think. Through the use of digital photography and a proven technique of analyzing your smile, we can plan out cosmetic corrections to meet your expectations before we commence treatment. Some of the more popular cosmetic treatments performed in our office include:
White Fillings - Today, silver fillings can be replaced with tooth-coloured fillings for a much more natural look. Made of a tooth coloured resin material, these fillings are designed to match your existing teeth to provide you with a smile that looks bright and natural. With this resin compound bonding to your teeth, the seal is tighter and the restored tooth will be stronger than ever before.
Teeth Whitening - This is one of the fastest and easiest ways to enhance your smile. Your beautiful, pearly white smile can be restored with simple tooth-whitening procedures performed in Sarnia.
Bonding - This simple, painless and affordable procedure has many uses, including repairing chipped teeth, closing spaces between teeth, and reshaping and covering badly stained teeth.
Veneers - Are a simple way to repair crooked, chipped, or misshapen teeth. They can also be used to cover badly stained teeth and to smooth out an uneven smile.
Partial Crowns - Also known as indirect fillings, partial crowns made from porcelain or composite materials are a long-lasting yet cosmetic way to provide a “filling” to teeth with tooth decay or similar structural damage.
Technology
Technology profile
During a chairside treatment, the dentist carries out all the steps, from digital impressions and computer-based construction of the restoration to the milling process, inside their office. The dentist uses an intraoral camera to take a photo of the preparation, the antagonist teeth, and the bite situation. Based on the images, the CEREC software creates a virtual model of the patient’s tooth situation. The dentist uses this model to construct the tooth restoration on the screen and then passes on the finished construction wirelessly to our milling machine. The restoration is then milled out of a color-matched ceramic block in just 6 to 15 minutes using diamond-coated milling units. The dentist can then add the finishing touches to the restoration by painting, polishing, and glazing it, before cementing it in the patient's mouth.


Hey! Welcome to MemeShaper! I am a comic artist living in the Bronx, New York. Over the years I have changed hats from novelist to musician to programmer... Well you get the picture.


This processor executes an Apache Flume source. Each Flume Event is turned into a FlowFile. The content of the FlowFile is set to the body of the Event and the Event headers become FlowFile attributes.
This processor is designed to execute arbitrary Flume sources. Most of the details of configuring the source is deferred to Flume's built-in configuration system. For details on the available settings for each source type, refer to the Flume User Guide. Configuring the Flume source is a four step process:
tier1
tier1
, then the Source Name
is the value of the tier1.sources
property. Example: src-1
tier1.sources.src-1
.
Do not copy the tier1.sources.src-1.type
or
tier1.sources.src-1.channel
properties.
Assuming you had the following existing Flume configuration file:
a1.sources = r1 a1.sinks = k1 a1.channels = c1 a1.sources.r1.type = multiport_syslogtcp a1.sources.r1.channels = c1 a1.sources.r1.host = <IP_ADDRESS> a1.sources.r1.ports = 10001 10002 10003 a1.sources.r1.portHeader = port a1.sinks.k1.type = logger a1.channels.c1.type = memory a1.channels.c1.capacity = 1000 a1.channels.c1.transactionCapacity = 100 a1.sources.r1.channels = c1 a1.sinks.k1.channel = c1
Then you'd configure the ExecuteFlumeSource as follows:
| Property | Value |
|---|---|
| Source Type | multiport_syslogtcp |
| Agent Name | a1 |
| Source Name | r1 |
| Flume Configuration |
a1.sources.r1.host = <IP_ADDRESS>
|


Quantize BERT with Quantization Aware Training¶
Overview¶
BERT - Bidirectional Encoder Representations from Transformers, is a language representation model introduced last year by Devlin et al [1] . It was shown that by fine-tuning a pre-trained BERT model it is possible to achieve state-of-the-art performance on a wide variety of Natural Language Processing (NLP) applications.
In this page we are going to show how to run quantization aware training in the fine tuning phase to a specific task in order to produce a quantized BERT model which simulates quantized inference. In order to utilize quantization for compressing the model’s memory footprint or for accelarating computation, true quantization must be applied using optimized kernels and dedicated hardware.
Note
QuantizedBertModel
class does not make use of optimized Integer kernels for quantized Matrix Multiplication. Therefore, we expect that quantized inference will be slower than regular inference since quantization and dequantization operations are added to the unoptimized compute graph.
Quantization Aware Training¶
The idea of quantization aware training is to introduce to the model the error caused by quantization while training in order for the model to learn to overcome this error.
In this work we use the quantization scheme and method offered by Jacob et al [2]. At the forward pass we use fake quantization to simulate the quantization error during the forward pass and at the backward pass we estimate the fake quantization gradients using Straight-Through Estimator [3].
Results¶
The following table presents our experiments results. In the Quantization Aware Training column we present the relative loss of accuracy w.r.t BERT fine tuned to the specific task. Each result here is an average of 5 experiments. We used BERT-Base architecture and pre-trained model in all the experiments except experiments with -large suffix which use the BERT-Large architecture and pre-trained model.
| Metric | BERT baseline accuracy | Quantized BERT 8bit | Relative Reduction of Accuracy | Dataset Size (*1k) | |
| CoLA* | Matthew’s corr. (mcc) | 58.48 | 58.48 | 0.00% | 8.5 |
| MRPC | F1 | 90 | 89.56 | 0.49% | 3.5 |
| MRPC-Large | F1 | 90.86 | 90.9 | -0.04% | 3.5 |
| QNLI | Accuracy | 90.3 | 90.62 | -0.35% | 108 |
| QNLI-Large | Accuracy | 91.66 | 91.74 | -0.09% | 108 |
| QQP | F1 | 87.84 | 87.96 | -0.14% | 363 |
| RTE* | Accuracy | 69.7 | 68.78 | 1.32% | 2.5 |
| SST-2 | Accuracy | 92.36 | 92.24 | 0.13% | 67 |
| STS-B | Pearson corr. | 89.62 | 89.04 | 0.65% | 5.7 |
| STS-B-Large | Pearson corr. | 90.34 | 90.12 | 0.24% | 5.7 |
| SQuAD | F1 | 88.46 | 87.74 | 0.81% | 87 |
Running Modalities¶
In the following instructions for training and inference we use the Microsoft Research Paraphrase Corpus (MRPC) which is included in the GLUE benchmark as an example dataset.
Training¶
To train Quantized BERT use the following code snippet:
nlp-train transformer_glue \
--task_name mrpc \
--model_name_or_path bert-base-uncased \
--model_type quant_bert \
--learning_rate 2e-5 \
--output_dir /tmp/mrpc-8bit \
--evaluate_during_training \
--data_dir /path/to/MRPC \
--do_lower_case
- The model is saved at the end of training in 2 files:
- A model saved in FP32 for further
pytorch_model.bin
- A quantized model for inference only
quant_pytorch_model.bin
- A model saved in FP32 for further
Inference¶
To run inference with a fine tuned quantized BERT use the following code snippet:
nlp-inference transformer_glue \
--model_path /tmp/mrpc-8bit \
--task_name mrpc \
--model_type quant_bert \
--output_dir /tmp/mrpc-8bit \
--data_dir /path/to/MRPC \
--do_lower_case \
--overwrite_output_dir
- To run evaluation on the task’s development set add the flag
--evaluate
to the command line. - To run the quantized model saved in
quant_pytorch_model.bin
add the flag--load_quantized_model
to the command line.
References¶
| [1] | Jacob Devlin and Ming-Wei Chang and Kenton Lee and Kristina Toutanova, BERT: Pre-training of Deep Bidirectional Transformers for Language Understanding, https://arxiv.org/pdf/1810.04805.pdf |
| [2] | Benoit Jacob and Skirmantas Kligys and Bo Chen and Menglong Zhu and Matthew Tang and Andrew Howard and Hartwig Adam and Dmitry Kalenichenko, Quantization and Training of Neural Networks for Efficient Integer-Arithmetic-Only Inference, https://arxiv.org/pdf/1712.05877.pdf |
| [3] | Yoshua Bengio and Nicholas Leonard and Aaron Courville, Estimating or Propagating Gradients Through Stochastic Neurons for Conditional Computation, https://arxiv.org/pdf/1308.3432.pdf |


Club Championship 2017 Event 5
| Kib 25 |
14 May 17 |
|
25 |
miles |
| Name |
Position |
Road bike |
Actual Time |
Avg. mph |
| |
|
|
|
|
| Carl
Shaw |
1 |
|
00:57:39 |
26.02 |
| Stephen
Jelley |
2 |
|
00:58:10 |
25.79 |
| Ed
Tarell |
3 |
|
00:58:55 |
25.46 |
| Matt
Plews |
4 |
|
00:59:21 |
25.27 |
| Richard
Mortimer |
5 |
|
01:01:09 |
24.53 |
| Jonathan
Durnin |
6 |
|
01:02:01 |
24.19 |
| Phil
Rayner |
7 |
|
01:02:25 |
24.03 |
| Adrian
Killworth |
8 |
|
01:03:48 |
23.51 |
| Peter
Bentley |
9 |
|
01:05:09 |
23.02 |
| Bill
Barrie |
10 |
|
01:05:16 |
22.98 |
| Calum
Foster |
11 |
|
01:06:14 |
22.65 |
| Linda
Hubbard |
12 |
|
01:07:39 |
22.17 |
| Steve
Doores |
13 |
1 |
01:08:36 |
21.87 |
| Gary
Tudbury |
14 |
|
01:09:15 |
21.66 |
| Steven
Welch |
15 |
2 |
01:11:25 |
21.00 |
| Mark
Chapman |
16 |
3 |
01:11:28 |
20.99 |
| Simon
Ward |
17 |
|
01:13:46 |
20.33 |
| David
Reay |
18 |
|
01:13:49 |
20.32 |
| Steven
Coulam |
19 |
|
01:15:09 |
19.96 |
| John
Welsford |
20 |
|
01:15:47 |
19.79 |
| Stewart
Holland |
21 |
4 |
01:21:53 |
18.32 |
| Andrew
Weatherby |
22 |
5 |
01:24:23 |
17.78 |
|
|
|
|
|


The prerequisites are specific to the OIDC provider. The following descriptions use Microsoft Azure Active Directory (Azure AD) as an example. If you intend to work with a different OIDC provider, please contact your support organization for details.
The following prerequisites and preparations are required at the OIDC provider:
- An account and domain must exist to which you have access as an administrator.
Azure AD example: domain mydomain.onmicrosoft.com
- A directory must exist in the domain, which contains at least all the users who are to work with the platform.
Azure AD example: directory OSCMOrg
- Relevant only for the first deployment of the platform: Create an access group named OSCM_PLATFORM_OPERATOR in the directory, and add the user who is to become the initial platform administrator as a member to the group.
Azure AD example: Create a security group, OSCM_PLATFORM_OPERATOR, in the directory OSCMOrg. Add the initial administrator, e.g<EMAIL_ADDRESS>as a member.
Note: Organizations on the platform are mapped to groups at the OIDC provider. Each user can be a member of exactly one group only.
- Register your platform installation as an application that connects to the OIDC provider directory.
Azure AD example: In the directory under App registrations, create a new registration with the following properties:
- Copy the ID of the new application for later use on the platform.
Azure AD example: ef29bb22-369c-424d-9e72-6800ad24239e
- Grant the application read and write permissions for the directory, users, and groups.
Azure AD example: In the properties of the new app, under API permissions:
-
Add the following permissions for the Microsoft Graph API as both, Delegated permissions and Application permissions: User.Read.All, Group.ReadWrite.All, Directory.ReadWrite.All.
-
Grant admin consent for the directory, OSCMOrg, for the new permissions.
- Obtain a client certificate or secret string for the platform to access the directory.
Azure AD example: In the properties of the new app, under Certificates and secrets, add a new client secret. Copy the new secret for later use on the platform.
- Allow the platform to obtain tokens for authentication from the OIDC provider.
Azure AD example: In the properties of the new app, under Authentication, enable Access tokens and ID tokens to be issued by the authorization endpoint.


There are two main hooks that are used for modern state management in React: useState and useReducer. This tutorial explains the ideal use case for each of them.
Kent takes you through an example of how he makes his own context providers and consumers and explains his thought process.
Facebook is rebuilding their original product with modern web technologies including React Suspense.
 Short and sweet. No spam.


South Park: Bigger, Longer and Uncut ***1/2
rated R Paramount Pictures 80 minutes starring the voices of Trey Parker, Mary Kay Bergman, Isaac Hayes, George Clooney, Dave Foley, Minnie Driver written by Trey Parker, Matt Stone and Pam Brady directed by Trey Parker
This week, upon returning to Los Angeles from my summer vacation, I tried to buy tickets to two separate R-rated films and was denied both times. Despite the fact that I am under the age of 17, I am usually let into the films because I look much older than I really am(haha). The reason why I was not let in was because of President Clinton's new "family man" policy, in which theatres must check the I.D. of anyone trying to buy a ticket to an R-rated movie.
Because of this new law and the controversy surrounding it, there has and never will be a better time to release the hilarious satire "South Park: Bigger, Longer and Uncut", despite the fact that the Comedy Central TV series on which it is based has been steadily losing viewers. The animated film unleashes its wrath on targets such as Canada, Saddam Hussein, Brian Boitano, Winona Ryder, The Baldwins, Satan and most of all, the MPAA, which threatened to slap the film with an NC-17 rating.
The timely storyline is about four kids(the fat Cartman, the Jewish Kyle, the braindead Kenny, and the "normal" Stan) who sneak in to an R-rated Canadian movie called "Asses Of Fire", starring their favorite comic duo, Terrence and Phillip. The two prance around, fart, sing songs like "Uncle Fucka", and teach the "innocent" children words they never knew existed(and we thought the TV show was vulgar).
Once the children spread the word(s) of the forbidden movie which they have seen, and begin to curse nonstop, Sheila Broslofski(Kyle's mother) decides to "Blame Canada", and when the Canadians bomb the Baldwin residence, the war begins.
What follows is 80 minutes of the funniest and most shocking humor to ever come out of "South Park" co-creators Trey Parker and Matt Stone. Finally, a film with a scathing social message that I'm with all the way. The songs are catchy and the characters are irreverent.
"South Park: Bigger, Longer and Uncut" will remind viewers why we all clung to the show in its first season, and why we will become fans once again. Parker and Stone can speak, though indirectly, to and for today's young people. "South Park" is a wake-up-call to a world in which peace can supposedly be created by forbidding teenagers to see R-rated movies.
a review by Akiva Gottlieb, The Teenage Movie Critic<EMAIL_ADDRESS>http://teenagemoviecritic.8m.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Provides a GWT compiler override to swap out any method call in the app with arbitrarily generated or selected expression statements.
These magic method injections only work in production mode.
The code inside the method is run as-is in gwt-dev and pure JREs.
If you do not want to use an instance implementing the generator type,
you may append ::staticMethodName at end of the class after *=
Example: some.package.Type.method()I *= some.package.Class::staticMethodName,
which replaces Type.method() with whatever is generated by Class.staticMethodName.
Note the type signature of staticMethodName must match MagicMethodGenerator.injectMagic.
See the MagicMethodGenerator and the UnifyAstListener interfaces for details.
Note that you must put the jar containing this code above gwt-dev on the classpath.
For automated testing, you may want to inherit net.wetheinter:xapi-gwt-test, which overrides JUnitShell to allow us to reorder the classpath.


Hey , i'm Swapnil. I have completed my graduation in B.sc computer science
for Pune University. Pursuing M.sc computer science from Pune University. I love programming and
like to explore new technologies.
NOWROSJEE WADIA COLLEGE
Degree : Bachlor of science
Specialization : Computer Science
June 2017 - April 2020
Higher Secondary School Certificate
June 2015 - February 2017
NEW ENGLISH SCHOOL RAMANBAUG
Secondary School Certificate
June 2009 - March 2015
What I’m good at?
Projects
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Guidance
Information for post-16 institutions about calculating their post-16 allocation.
PDF , 829KB , 30 pages
PDF , 744KB , 25 pages
MS Excel Spreadsheet , 203KB
PDF , 281KB , 6 pages
PDF , 268KB , 6 pages
MS Excel Spreadsheet , 308KB
The documents on this page have been produced to help you understand how we will calculate your post-16 allocation. We will be uploading statements, once available, to EFA Information Exchange: ‘Revenue Funding’ folder, under ‘AY 2017-18’. We expect allocations for 2017 to 2018 to be sent out to most institutions by the end of March 2017 and we will confirm deadlines for submitting business cases shortly.
Published: 15 September 2016
Updated: 22 March 2017


ssh_channel
Module
Module Summary
Description
SSH services (clients and servers) are implemented as channels that are multiplexed over an SSH connection and communicates over the SSH Connection Protocol. This module provides a callback API that takes care of generic channel aspects, such as flow control and close messages. It lets the callback functions take care of the service (application) specific parts. This behavior also ensures that the channel process honors the principal of an OTP-process so that it can be part of a supervisor tree. This is a requirement of channel processes implementing a subsystem that will be added to the ssh applications supervisor tree.
When implementing an ssh subsystem, use -behaviour(ssh_daemon_channel) instead of -behaviour(ssh_channel). The reason is that the only relevant callback functions for subsystems are init/1, handle_ssh_msg/2, handle_msg/2, and terminate/2. So, the ssh_daemon_channel behaviour is a limited version of the ssh_channel behaviour.
DATA TYPES
Type definitions that are used more than once in this module, or abstractions to indicate the intended use of the data type, or both:
- boolean() =
true | false
- string() =
list of ASCII characters
- timeout() =
infinity | integer() in milliseconds
- ssh_connection_ref() =
opaque() -as returned by ssh:connect/3 or sent to an SSH channel process
- ssh_channel_id() =
integer()
- ssh_data_type_code() =
1 ("stderr") | 0 ("normal") are the valid values, see RFC 4254 Section 5.2
Exports
call(ChannelRef, Msg) ->
call(ChannelRef, Msg, Timeout) -> Reply | {error, Reason}
Types
Makes a synchronous call to the channel process by sending a message and waiting until a reply arrives, or a time-out occurs. The channel calls Module:handle_call/3 to handle the message. If the channel process does not exist, {error, closed} is returned.
Sends an asynchronous message to the channel process and returns ok immediately, ignoring if the destination node or channel process does not exist. The channel calls Module:handle_cast/2 to handle the message.
Makes an existing process an ssh_channel process. Does not return, instead the calling process enters the ssh_channel process receive loop and become an ssh_channel process. The process must have been started using one of the start functions in proc_lib, see the proc_lib(3) manual page in STDLIB. The user is responsible for any initialization of the process and must call ssh_channel:init/1.
init(Options) -> {ok, State} | {ok, State, Timeout} | {stop, Reason}
Types
The following options must be present:
- {channel_cb, atom()}
The module that implements the channel behaviour.
- {init_args(), list()}
The list of arguments to the init function of the callback module.
- {cm, connection_ref()}
Reference to the ssh connection as returned by ssh:connect/3
- {channel_id, channel_id()}
Id of the ssh channel.
This function is normally not called by the user. The user only needs to call if the channel process needs to be started with help of proc_lib instead of calling ssh_channel:start/4 or ssh_channel:start_link/4.
Types
This function can be used by a channel to send a reply to a client that called call/[2,3] when the reply cannot be defined in the return value of Module:handle_call/3.
Client must be the From argument provided to the callback function handle_call/3. Reply is an arbitrary term, which is given back to the client as the return value of ssh_channel:call/[2,3].
start(SshConnection, ChannelId, ChannelCb, CbInitArgs) ->
start_link(SshConnection, ChannelId, ChannelCb, CbInitArgs) ->
{ok, ChannelRef} | {error, Reason}
Types
Starts a process that handles an SSH channel. It is called internally, by the ssh daemon, or explicitly by the ssh client implementations. The behavior sets the trap_exit flag to true.
CALLBACK TIME-OUTS
The time-out values that can be returned by the callback functions have the same semantics as in a gen_server. If the time-out occurs, handle_msg/2 is called as handle_msg(timeout, State).
Exports
Module:code_change(OldVsn, State, Extra) -> {ok,
NewState}
Types
Converts process state when code is changed.
This function is called by a client-side channel when it is to update its internal state during a release upgrade or downgrade, that is, when the instruction {update,Module,Change,...}, where Change={advanced,Extra}, is given in the appup file. For more information, refer to Section 9.11.6 Release Handling Instructions in the System Documentation.
Soft upgrade according to the OTP release concept is not straight forward for the server side, as subsystem channel processes are spawned by the ssh application and hence added to its supervisor tree. The subsystem channels can be upgraded when upgrading the user application, if the callback functions can handle two versions of the state, but this function cannot be used in the normal way.
Module:init(Args) -> {ok, State} | {ok, State, timeout()} |
{stop, Reason}
Types
Makes necessary initializations and returns the initial channel state if the initializations succeed.
For more detailed information on time-outs, see Section CALLBACK TIME-OUTS.
Module:handle_call(Msg, From, State) -> Result
Types
Handles messages sent by calling ssh_channel:call/[2,3]
For more detailed information on time-outs,, see Section CALLBACK TIME-OUTS.
Module:handle_cast(Msg, State) -> Result
Types
Handles messages sent by calling ssh_channel:cast/2.
For more detailed information on time-outs, see Section CALLBACK TIME-OUTS.
Module:handle_msg(Msg, State) -> {ok, State} |
{stop, ChannelId, State}
Types
Handles other messages than SSH Connection Protocol, call, or cast messages sent to the channel.
Possible Erlang 'EXIT' messages is to be handled by this function and all channels are to handle the following message.
- {ssh_channel_up, ssh_channel_id(), ssh_connection_ref()}
This is the first message that the channel receives. It is sent just before the ssh_channel:init/1 function returns successfully. This is especially useful if the server wants to send a message to the client without first receiving a message from it. If the message is not useful for your particular scenario, ignore it by immediately returning {ok, State}.
Module:handle_ssh_msg(Msg, State) -> {ok, State} | {stop,
ChannelId, State}
Types
Handles SSH Connection Protocol messages that may need service-specific attention. For details, see ssh_connection:event().
The following message is taken care of by the ssh_channel behavior.
- {closed, ssh_channel_id()}
The channel behavior sends a close message to the other side, if such a message has not already been sent. Then it terminates the channel with reason normal.
Module:terminate(Reason, State) -> _
Types
This function is called by a channel process when it is about to terminate. Before this function is called, ssh_connection:close/2 is called, if it has not been called earlier. This function does any necessary cleaning up. When it returns, the channel process terminates with reason Reason. The return value is ignored.


Shows how to expose the export to excel functionality in a toolbar button and use it without initializing a datagrid.


ALERT: Pardon our dust! This website going through a major overhaul over the next few weeks! We are going to update the design and functionality of the site to make it more useful and accessible. If something is broken, please tell us!
Hypixel Game Night
5-6PM+ MST, Every Friday
A weekly game night where students from
Peak to Peak Charter School can
hang out and play Minecraft together!
So,
we are going to be home for a while.
Without school, we wanted to create something that would bring us together. That's why we've created Hypixel Game Night. After online school finishes for the week, what better way is there to wind down than playing Minecraft with friends!
These calls are low-stress hangouts, where we play whatever we are feeling like.
Stuff like BedWars, SkyWars, Murder Mystery, Arcade Games, and more!
How do I join?
- Click here to join the P2P Hack Club discord server.a Discord is a video calling and chatting service that we use to video call, as well as chatting throughout the week. We host HGN on our discord, as well as post announcements about P2P Hack Club and other school-related events.
- Go to #verification and send a message. If needed, we will ask for further verification that you are someone from Peak to Peak.
- Wait to be verified. This usually takes a couple of minutes, but it could take up to a day for a server moderator to verify you. Please be patient, because we have a small moderation team!
- Once you are verified, you are officially a member of the server! When the call is about to start, join the "Main Room" voice channel, and you will be in the call!


With Eggs and simpler installation and dependencies there's more opportunities to distribute smaller packages and split large packages up into pieces.
I was reading this post on Zope:
I think this [splitting up of packages] is a big deal and too hope that we can "explode" Zope 3 into many eggs soon. Jim wants to do it for Zope 3.4, yay! Having smaller, more easily distributable Zope packages will also reduce the buy-in into Zope as a platform.
Of course, I like this direction. But not because of small distributions; there's a small number of places where that matters (e.g., mobile phones), but for most of us the download time and disk space isn't a big deal. And after all, just because one app doesn't require the ZMI doesn't mean you don't have it installed -- if it is already there you aren't saving any disk space.
The advantage I see in breaking up pieces is discipline, extensibility, and creating a hierarchy to the concepts in your library or framework.
Discipline:
Given a big package, developers will sometimes say that the package is loosely coupled on the inside, and if you want to use foo.x but not foo.y that's fine, because they don't depend on each other.
How do you know they don't depend on each other? How do you know they won't depend on each other in the future? How do you know someone won't read about DRY and factor out pieces that are shared between the two modules? How do you know someone won't "fix" a bug in foo.z that both modules use, breaking something you depended on in some interface?
If you use two different distributions for these two modules, you actually have lots of ways of detecting these problems and truly keeping the modules decoupled. It's not automatic -- there's always opportunities to break things. But the discipline of distribution boundaries (and other separations like separate release schedules) will tend to keep you honest about coupling.
Extensibility:
One argument for keeping things packaged together is that it allows for optional integration, so that people who want to use all the features get a more convenient tool.
This means that, for instance, an object may have a method that binds it to another module in the package. But it's optional, because you don't have to call the method. The programmer asked to trust that this "optional" feature is truly optional may consider all the questions raised under Discipline, but imagine that these issues are addressed. So what's the problem?
In this case, the optional integration has a privileged position. The original author's libraries get special hooks, but the developer using those libraries doesn't get the same access.  You could avoid the extension entirely, of course, but if the original author thought it was sufficiently useful to create the extension it is likely that another user of the library will feel the same.
Hierarchy of Concepts:
Ideally a system will be layed out with a nice hierarchy of concepts:
Library-A Library-B | \ / | \ / | \ / Library-C \ / \/ Library-D | | Library-ETo understand Library A you have to understand all of Library C, D, and E. To understand Library D you only need understand Library E.
Given a hierarchy like this, there's actually an advantage to not using the entire framework/system. You don't need to understand nearly as much, and learning a library is probably the biggest overhead to using a library.
It can be argued that if you want to use Library A, you only need to read about Library A. If the documentation is very good, this is somewhat true. It is true if you use it perfectly and write no buggy code and the libraries themselves have no bugs and you don't need to do anything that goes outside the bounds of what Library A provides. This isn't my experience programming, and isn't typical when using F/OSS.
There is also a hierarchy of stability. If Library E is a moving target then you are just plain hosed. If someone keeps making API changes in Library D you are also hosed. If stability does not increase as you move down your stack then the stack is a big ball of mud, even if at one isolated moment it might seem like an elegant and stable system.
For all these reasons when someone claims their framework is all spiffy and decoupled, but they just don't care to package it as separate pieces... I become quite suspicious. Packaging doesn't fix everything. And it can introduce real problems if you split your packages the wrong way. But doing it right is a real sign of a framework that wants to become a library, and that's a sign of Something I'd Like To Use.
I think you've formulated the concerns quite well. Zope (2.x at least) seems similar in some ways to various Java frameworks where one is presented with a huge number of .jar files, a big configuration file with lots of sections, and documentation which glosses over the dependencies within the system. Consequently, as a developer, one has no confidence in being able to remove stuff which is either blatantly superfluous or worrying from a security perspective. Zope's "through the Web" management is nice, but I imagine that many people have wondered whether it could be detached and omitted from certain kinds of production systems.
Of course, one of the Python community's favourite megaframeworks, Twisted, went through its own process of decoupling a while back, and that may have made some of the components more popular. The prospect of having to adopt a huge blob which dwarfs one's own project is often something which invigorates the reinventive tendencies of many Python developers. Depending on or bundling some part of Twisted is better than having to monitor the effects of a complicated dependency on the whole thing.
# Paul Boddie
From what I've seen, Twisted's refactoring is largely a failure. It's not compatible with eggs, and approximately zero people use the components separately -- everyone seems to still use the sumo distribution.
I think the only thing it solved is the complaint that it's not split up, I haven't seen that thread in a long time. It may have also helped a bit with the release management, but that matters to very few people. Supporting eggs would be a huge benefit to application and library developers, but they don't seem particularly interested in doing it.
I think Twisted's refactoring was kind of like Zope 3's refactoring, which happened in theory previously but no one used it. Actually getting usable isolated packages out of Zope 3 was hard, just for technical reasons, but also because the people doing the work didn't have much incentive to deal with the issues like getting the tarballs pushed somewhere and whatnot. Now they are taking a different tack with Eggs, and I think the result is potentially useful where the previous one wasn't. I think entry points are also really important here, because it's an actual novel feature which makes packaging matter as more than just a way to deflect criticism.
I also think people will really use the new Zope refactoring, if it is done well -- especially extracting small things (like, say, the transaction manager) instead of trying to extract "optional" things like the ZMI. The transaction manager is useful on its own, the ZMI is not. Similarly, the things Twisted should extract are things like the Deferred stuff, not the optional pieces like the protocol handlers. Right now I think the lack of a solid idiom for async programming (barring the use of the entire Twisted stack, or ad hoc callbacks) really keeps people from using that kind of programming in places where it might make sense.
# Ian Bicking
I'm in the midst of a project using turbogears. I do distribute my application as several separate eggs, split on the major fault-lines in the concepts. i.e. a datalayer, management, shop, plugins, migration etc. It has been hugely beneficial to do this because of the aforementioned decoupling. Also because it enables decoupled updates to components with reduced risk to the whole.
# Florian


| time |
Object |
Initially selected time to be highlighted in the time selection grid. May be
a JavaScript Date object or a simple object with "hour" and "minute" fields.
The hour value should be in the range [0, 23]. |
| onChange |
Function |
Function to be called when a time is selected. The first argument will be
a simple object with "hour" and "minute" fields. The hour value will be
24-hour format in the range [0,23]. |
| displayFormat |
String | Function |
Specifies the format of the time displayed in the time picker's input box.
Valid values are "12-hour", "24-hour", or a function.
If a function is specified, its argument will be a simple object with
fields for the hour (24-hour format) and minute. |


This application is running on Aurelia, and has been automatically deployed to Azure using Azure Pipelines!
Want to find out how? Read my article on Aurelia on Azure DevOps: How to set up Azure Pipeline for an Aurelia application.
This application is running on Aurelia, and has been automatically deployed to Azure using Azure Pipelines!
Want to find out how? Read my article on Aurelia on Azure DevOps: How to set up Azure Pipeline for an Aurelia application.


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"""
:platform: Unix, Windows
:synopsis: This module contains all get/set methods for settings.
It's not particularly interesting but facilitates clean code.
:moduleauthor: Michael Eller<EMAIL_ADDRESS>"""
import csv
import os
#: static fieldnames for the settings dict / csv file
fieldnames = ["window_samples", "sample_rate", "x_axis_size", "y_axis_min", "y_axis_max"]
#: default number of samples to average in a moving average filter
default_window_samples = 1
#: default sample rate in samples / sec
default_sample_rate = 10
#: default x axis range in seconds
default_x_axis_size = 30
#: default y-axis minimum in volts
default_y_axis_min = 0
#: default y-axis maximum in volts
default_y_axis_max = 60
#: slope of V_measured vs. V_in for V_in < 10 V
m1 = 14.3
#: intercept of V_measured vs. V_in for V_in < 10 V
b1 = -1
#: slope of V_measured vs. V_in for V_in > 10 V
m2 = 14.976
#: slope of V_measured vs. V_in for V_in > 10 V
b2 = -3.7
[docs]def generate_plotting_configuration_file():
"""
Will write a new plot configuration (settings) file in the appropriate location.
This will overwrite any existing settings.
This is used when the user restores default settings from within the GUI.
"""
# open and write a csv file with the default settings
with open("resources/plot_configuration.csv", "w") as csvfile:
writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
writer.writerow({fieldnames[0]: default_window_samples, fieldnames[1]: default_sample_rate,
fieldnames[2]: default_x_axis_size, fieldnames[3]: default_y_axis_min,
fieldnames[4]: default_y_axis_max})
[docs]def read_plotting_configuration():
"""
Read the current settings configuration. If the file doesn't exist, generate the default.
:return: Dict object containing the GUI's settings.
"""
# check if the file exists
if not os.path.isfile("resources/plot_configuration.csv"):
# generate the default settings if it doesn't exist
generate_plotting_configuration_file()
# read the settings into a dict object
with open("resources/plot_configuration.csv", "r") as csvfile:
reader = csv.DictReader(csvfile, fieldnames=fieldnames)
settings = next(reader)
return settings
[docs]def save_plotting_configuration(settings):
"""
This function will edit the file based on the dict of settings passed.
:param settings: Dict of settings
"""
# open the file and overwrite with the settings dict
with open("resources/plot_configuration.csv", "w") as csvfile:
writer = csv.DictWriter(csvfile, fieldnames=fieldnames)
writer.writerow({fieldnames[0]: settings[fieldnames[0]], fieldnames[1]: settings[fieldnames[1]],
fieldnames[2]: settings[fieldnames[2]], fieldnames[3]: settings[fieldnames[3]],
fieldnames[4]: settings[fieldnames[4]]})
[docs]def set_window_samples(num):
"""
Sets the number of samples to use in the moving average filter.
:param num: number of samples
:return: bool indicating whether or not the operation was successful
"""
# check if num is within limits
if num < 1 or num > 8:
return False
# get the current settings
settings = read_plotting_configuration()
# alter the window samples setting
settings[fieldnames[0]] = num
# save it
save_plotting_configuration(settings)
return True
[docs]def get_window_samples():
"""
Read the saved window samples setting from the file.
:return: saved window samples
"""
# read in the file
settings = read_plotting_configuration()
# get the window samples
num = settings[fieldnames[0]]
return int(num)
[docs]def set_sample_rate(rate):
"""
Set the sample rate and save it in the settings file.
:param rate: ADC sample rate in samples per second. 1 < rate < 100.
:return: bool indicating whether or not the operation was successful.
"""
# check if the number is in the allowed range
if rate < 1 or rate > 100:
return False
# read in the file
settings = read_plotting_configuration()
# set the sample rate portion
settings[fieldnames[1]] = rate
# rewrite the file with the new settings
save_plotting_configuration(settings)
return True
[docs]def get_sample_rate():
"""
Get the saved ADC sample rate.
:return: the ADC sample rate (float)
"""
# read in the file
settings = read_plotting_configuration()
# get the sample rate portion and return it
rate = settings[fieldnames[1]]
return float(rate)
[docs]def set_x_axis_size(size):
"""
Set the total width of the live plot in seconds. The number of samples depends on this and the sample rate.
Total number of samples in the plot is equal to the x-axis size * sample rate.
:param size: x-axis size in seconds. 5 < int(size) < 3600.
:return: bool indicating whether or not the operation was successful.
"""
# check if the input is in the correct range
if size < 5 or size > 3660:
return False
# read in the file
settings = read_plotting_configuration()
# set the x-axis size setting
settings[fieldnames[2]] = size
# re-write the file
save_plotting_configuration(settings)
return True
[docs]def get_x_axis_size():
"""
Get the x-axis length in seconds.
:return: x-axis size (int)
"""
# read in the file
settings = read_plotting_configuration()
# get the size and return it
size = settings[fieldnames[2]]
return int(size)
[docs]def set_y_axis_min(minimum):
"""
Set the lower limit of the y-axis data in volts.
:param minimum: lower limit of data y-axis. -60 < minimum < 69.9
:return: bool indicating if the operation was so successful or not
"""
# check if the input is in the correct range
if minimum < -60 or minimum > 69.9:
return False
# read in the file
settings = read_plotting_configuration()
# set the y-axis minimum in the dict and save it
settings[fieldnames[3]] = minimum
save_plotting_configuration(settings)
return True
[docs]def get_y_axis_min():
"""
Get the y-axis lower limit in volts.
:return: y-axis minimum (float)
"""
# read in the file
settings = read_plotting_configuration()
# get the y-axis minimum
minimum = settings[fieldnames[3]]
return float(minimum)
[docs]def set_y_axis_max(maximum):
"""
Set the upper limit of the y-axis in volts. 1 < maximum < 70
:param maximum: upper limit of the y-axis in volts
:return: bool indicating whether or not the operation was successful
"""
# check if it's in the allowable range
if maximum < 1 or maximum > 70:
return False
# read in the file
settings = read_plotting_configuration()
# set the y-axis maximum in the dict
settings[fieldnames[4]] = maximum
# save it
save_plotting_configuration(settings)
return True
[docs]def get_y_axis_max():
"""
Get the y-axis upper limit in volts.
:return: the y-axis maximum (float)
"""
# read in the file
settings = read_plotting_configuration()
# get the y-axis upper limit
maximum = settings[fieldnames[4]]
return float(maximum)
[docs]def save_port_configuration(port):
"""
This function sets the separate file that indicates which serial port to use.
:param port: ADC serial port (string)
"""
with open("resources/port_configuration.txt", "w") as outfile:
outfile.write(port)
[docs]def read_port_configuration():
"""
Get the saved ADC serial port.
:return: serial port (string)
"""
# if it doesn't exist, return empty string
if not os.path.isfile("resources/port_configuration.txt"):
return ""
# else, read in the port
with open("resources/port_configuration.txt", "r") as infile:
port = infile.readline()
return port.strip()
[docs]def restore_defaults():
"""
This function resets all settings to the defaults stored in this file.
"""
save_port_configuration("")
generate_plotting_configuration_file()


Border Patrol Agent Shoots Russian Migrant After Being Assaulted
A Tucson Sector Border Patrol agent shot a Russian migrant during a struggle near the Arizona-Mexico border. Neither the agent nor the migrant sustained life-threatening injuries.
by Bob.Price.Texas, Bob PriceA Lukeville Station Border Patrol agent responded to a report of a single migrant crossing the border just east of the border community of Lukeville, Arizona, on November 14. After the agent arrived on the scene, he attempted to take the migrant into custody, according to a statement from Tucson Sector Border Patrol officials.
As the agent attempted to place the migrant under arrest, the migrant became combative and “a physical altercation ensued,” Tucson Sector officials stated. During the fight, the Border Patrol agent discharged his firearm striking the suspected illegal alien. Border Patrol officials reported the agent identified the migrant as a citizen of Russia.
A helicopter aircrew transported the migrant to a Phoenix-area hospital for treatment of “non-life threatening injuries,” officials stated. The Russian illegal alien remains hospitalized for treatment of his injuries.
Officials report the Border Patrol agent did not sustain a serious injury during the altercation.
The FBI and a CBP Use of Force Incident Team will investigate the agent-involved shooting incident.
A couple of weeks earlier, a Border Patrol agent returned fire after being attacked by a group of migrants near Dryden, Texas. The agent struck one of the attacking migrants while the remainder of the group fled the scene, Breitbart Texas reported.
After the agent initiated the traffic stop, the group of migrants got out of the vehicle and one of the migrants attacked the agent, U.S. Border Patrol Headquarters Assistant Chief John Mennell said in a statement provided to Breitbart Texas. The agent fired multiple rounds striking one of the migrants times. The other migrants then fled on foot.
Bob Price serves as associate editor and senior political news contributor for the Breitbart Texas-Border team. He is an original member of the Breitbart Texas team. Follow him on Twitter @BobPriceBBTX and Facebook .


The first section of your CWA Pay Stub will provide general information on your payment.
| ◀ Dated 2018/08/08 ▶ | |
| Name: | TREMBLAY, J |
|---|---|
| Employee ID: | 012345678 |
| Business Unit: | CSD00 |
| Department: | 624001 |
| Province of Work: | QC |
| Paycheque Number: | 88888888 |
| Financial Insitution and Account No.: | *****************************0050 |
Continue below to find a detailed breakdown of the main sections of the pay stub.
The date on which the payment was issued (pay date). In CWA, you can select the blue arrows appearing before and after the date to view the pay stub dated before or after this date
This is your unique 9-digit personal record identifier (PRI). It is assigned to you for HR and Payroll purposes. Note that the leading "0"of your PRI does not appear in this field.
For example, here CSD is the Department Code for ESDC in the pay system only.
The 4 last digits identify your pay list.
Your province of work on file. Your province of work is what determines the taxes which will be deducted from your pay, as well as which benefits are taxable.
The last 4 digits of your bank account number for direct deposit.


INSTRUCTIONS: Click on any of the robot masters to see their profile
Bright Man
DCN-025
HP:
28
Contact Damage:
8
Main Attack(s):
Body Slam (Shots)
Damage:
8 (4)
Toad Man
DCN-026
HP:
28
Contact Damage:
8
Main Attack(s):
Rain Flush
Damage:
8
Drill Man
DCN-027
HP:
28
Contact Damage:
8
Main Attack(s):
Drill Bomb (Explosion)
Damage:
3 (2)
Pharaoh Man
DCN-028
HP:
28
Contact Damage:
4
Main Attack(s):
Pharaoh Wave (Shots)
Damage:
6 (2)
Ring Man
DCN-029
HP:
28
Contact Damage:
8
Main Attack(s):
Ring Boomerang
Damage:
4
Dust Man
DCN-030
HP:
28
Contact Damage:
8
Main Attack(s):
Dust Crusher (Shrapnel)
Damage:
4 (4)
Dive Man
DCN-031
HP:
28
Contact Damage:
8
Main Attack(s):
Torpedo Spin (Missiles)
Damage:
8 (4)
Skull Man
DCN-032
HP:
28
Contact Damage:
8
Main Attack(s):
Skull Barrier (Shots)
Damage:
0 (4)


trivy
Scanner for vulnerabilities in container images, file systems, and Git repositories, as well as for configuration issues.
More information: home page
- Scan an image:
trivy image image:tag
- Scan the filesystem for vulnerabilities and misconfigurations:
trivy fs --security-checks vuln,config path/to/project_directory
- Scan a directory for misconfigurations:
trivy config path/to/iac_directory
- Generate output with a SARIF template:
trivy image --format template --template<EMAIL_ADDRESS>-o path/to/report.sarif image:tag


Prerender test
This page is a clone of
Prereneder Test
with a DISABLED check whether Prerendering is working.


The Difference Engine was designed by Charles Babbage. During his time, women would be used to write mathematical books. Babbage noticed that there were many errors within the book and that if the books were created by machines, the books would contain less mistakes. So he decided to do that, make a machine that would get rid of the need for humans ot manually write out the mathematical books. (Connor help with the wording please. I see words, but they don't make sense.)
The Difference Engine design was finished, the problem came when the physocal one was being made. It took to many resources (silver and metal). When Babbage tried to get more funding, he was declined. So he was only able to make one piller of the greate Difference Engine.
Recently, a very wealthy person wanted the Difference Engine to be physically made, so he funded a project to create it. The original design was so amasing, there were around twelve modifications people from the current time had to make.


Alyson Bennett
About
Portfolio
Contact
About
Portfolio
Contact
Let's Chat!
Name
Email address
Leave me a message
Submit
Contact
Send me an email
Leave me a voicemail at<PHONE_NUMBER>
LinkedIn
GitHub


This is a deep water port connected to Malawi by a rail line for the export of coal.
Whilst Nacala Bay is an area of outstanding beauty, the town itself is nothing special and the port area has a bad reputation for theft.
Whales migrate through here July to September. There are a number of diving lodges around the bay as the diving here is said to be spectacular.
Position 14°26'40"S, 040°0'E (entrance to the bay)
See Noonsite/Mozambique/formalities page for the details.
Port control maintains watch on HF 8.499 KHz.
Last updated January 2016.
Nacala port area has a repuation for theft, so an alternative is to anchor off one of the many dive lodges around the bay.
Libélula Dive Lodge is located in a protected bay to starboard of the main port at about 14°29S 40°44.7E. The couple who run this lodge took it over in 2009 and do not object to yachts passing by and anchoring here, however space is limited. There is a marine reserve directly off the beach (350m along the coast & 150M sea-ward), however the beach drops off to around 20-30m+, and below 20m (100-200m off the beach) it is 80% sand, so anchoring is no real problem. Take care though to avoid any coral.
On a high tide it is possible to dinghy into the beach, but the low tide exposes a band of terraced rocks. A member of staff is on the beach 24/7, so this bay is generally pretty secure.
Ashore you will find a good small market for vegetables and fresh bread, supermarkets and ATMs.
Until very recently, Nacala was extremely remote and very difficult to get to by road, however now road conditions are good to Nampula (airport).
Last updated January 2016.


This cook-book is intended to provide a repository of useful skeletons of JSA applications. This should help developers not starting from scratch, which may be sometimes harrowing...
We hope this cook-book will be completed on-line, with the help of all the JADE community. To contribute or suggest ideas, please send an email to us.
|
[1] |
An empty JSA-based agent. Or what you can already do, without coding much. |
Have fun with the
JSA and send us
feed-back!
Thanks for your support,
The JSA team @ France Telecom


In this document we map simple script constructs to Mutable-PROV.
This extension were discontinued in favor of Versioned-PROV
Our extension adds the following components:
| Components | Description |
|---|---|
value(vid , [repr="t "]) |
Value vid with initial representation t . |
defined(e , v , t ) |
The entity e defined the value v at the time t . |
wasDefinedBy(v , e , t ) |
The value v was defined by the entity e at the time t . |
accesed(e , v , t ) |
The entity e accessed the value v at the time t . |
accessedPart(e , w , k , p , t ) |
The entity e accessed the part value p at the key k of the collection value w at the time t . |
derivedByInsertion(e , w , {(k 1 , p 1 ), ..., (k n , p n )}, t ) |
The entity e derived the collection value w by the insertionof the part values p i at the corresponding key k i for i âˆˆ 1..n at the time t . |
derivedByRemoval(e , w , {k 1 , ..., k n }, t ) |
The entity e derived the collection value w was derived bythe removal of the keys k i for i âˆˆ 1..n at the time t . |
During the script execution, function calls, literals (e.g., "a", 1, True), names, and all expressions that may produce any value are evaluations. In our mapping, we represent evaluations as entities
.
In addition to the entities
, we use the defined
relationship to associate them to their evaluated values and the wasDefinedBy
relationship to associate the evaluated values to the entities
that defined them.
In our values
we are using the attribute repr
to indicate their representation during the creation. However, since values
are mutable structures, this repr
attribute may not correspond to the actual values.
1 # literal
"a" # literal
b"a" # literal
True # literal
int # names
... # constant
prefix script <https://dew-uff.github.io/versioned-prov/ns/script#>
entity(1, [label="1", type="script:literal"])
value(v1, [repr="1"])
defined(1, v1, 2018-02-22T16:00:00)
wasDefinedBy(v1, 1, 2018-02-22T16:00:00)
entity(a, [label="'a'", type="script:literal"])
value(va, [repr="'a'"])
defined(a, va, 2018-02-22T16:00:01)
wasDefinedBy(va, a, 2018-02-22T16:00:01)
entity(a#2, [label="b'a'", type="script:literal"])
value(vba, [repr="b'a'"])
defined(a#2, vba, 2018-02-22T16:00:02)
wasDefinedBy(vba, a#2, 2018-02-22T16:00:02)
entity(True, [label="True", type="script:constant"])
value(vtrue, [repr="True"])
defined(True, vtrue, 2018-02-22T16:00:03)
wasDefinedBy(vtrue, True, 2018-02-22T16:00:03)
entity(int, [label="int", type="script:name"])
value(vint, [repr="<class 'int'>"])
defined(int, vint, 2018-02-22T16:00:04)
wasDefinedBy(vint, int, 2018-02-22T16:00:04)
entity(ellipsis, [label="...", type="script:constant"])
value(vellipsis, [repr="Ellipsis"])
defined(ellipsis, vellipsis, 2018-02-22T16:00:05)
wasDefinedBy(vellipsis, ellipsis, 2018-02-22T16:00:05)
We map assignments as activities
. A variable assignment always generates a new entity, even when the previous name already exists. This is important to distinguish the value used by each entity in a given time.
If the element on the left side of the assignment has the same value as the element on the right, we use the accessed
relationship instead of the defined
.
m = 10000
prefix script <https://dew-uff.github.io/versioned-prov/ns/script#>
entity(10000, [label="10000", type="script:literal"])
value(v10000, [repr="10000"])
defined(10000, v10000, T1)
wasDefinedBy(v10000, 10000, T1)
entity(m, [label="m", type="script:name"])
accessed(m, v10000, T2)
activity(assign1, [type="script:assign"])
wasDerivedFrom(m, 10000, assign1, g1, u1)
Similar to assigments, we also use activities
to map operations. However, instead of producing an entity
for a variable name, it produces an entity
for the evaluation result.
If the operation produces a different value from its operands, we use the defined
relationship to associate it to a value
. Otherwise, we use the accessed
relationship.
m + 1
entity(1, [label="1", type="script:literal"])
value(v1, [repr="1"])
defined(1, v1, T3)
wasDefinedBy(v1, 1, T3)
entity(sum, [label="m + 1", type="script:eval"])
value(v10001, [repr="10001"])
defined(sum, v10001, T4)
wasDefinedBy(v10001, sum, T4)
activity(+, [type="script:operation"])
wasDerivedFrom(sum, m, +, g2, u2)
wasDerivedFrom(sum, 1, +, g2, u3)
A list is defined and represented by the derivedByInsertion
relationship.
[m, m + 1, m]
entity(list, [label="[m, m + 1, m]", type="script:list"])
value(vlist, [repr="[10000, 10001, 10000]"])
derivedByInsertion(
list, vlist,
{("0", v10000), ("1", v10001), ("2", v10000)},
T5
)
defined(list, vlist, T5)
wasDefinedBy(vlist, list, T5)
Comparison:
list1
to the part entity m1
in a derivation query. Instead, we navigate to the entity that defined the value of m1
. We could have a similar structure to the other approaches with an activity using m1
and sum1
and generating list1
without a derivation relationship to indicate this usage. Since this usage does not affect the provenance query of Floyd-Warshall, we opted to leave it out.With Mutable-PROV, the assignment of a list is exactly the same as any other assignment. Thus, we just use the accessed
relationship to indicate that accessed value by the entity.
d = [m, m + 1, m]
entity(d, [label="d", type="script:name"])
accessed(d, vlist, T6)
activity(assign2, [type="script:assign"])
wasDerivedFrom(d, list, assign2, g3, u4)
The same mapping is valid for assignments to names that represent lists.
x = d
entity(x, [label="x", type="script:name"])
accessed(x, vlist, T7)
activity(assign3, [type="script:assign"])
wasDerivedFrom(x, d, assign3, g4, u5)
We map a function call as an activity
that uses
its parameters and generates
an entity
with its return.
When we do not know the function call implementation, we cannot use derivation
relationships.
len(d)
entity(len_d, [label="len(d)", type="script:eval"])
value(v3, [repr="3"])
defined(len_d, v3, T8)
wasDefinedBy(v3, len_d, T8)
activity(call1, [type="script:call", label="len"])
used(call1, d, -)
wasGeneratedBy(len_d, call1, -)
We map an access to a part of a value as an activity
that generates the accessed entity
, by using the list entity
and the index, when it is explicitly used (for-each loops iterates over lists without explicit item entities
).
We also use the accessedPart
relationship to indicate which part were accessed.
d[0]
entity(0, [value="0", type="script:literal"])
value(v0, [repr="0"])
defined(0, v0, T9)
wasDefinedBy(v0, 0, T9)
entity(d@0, [label="d[0]", type="script:access"])
accessedPart(d@0, vlist, "0", v10000, T10)
activity(access1, [type="script:access"])
used(access1, d, -)
used(access1, 0, -)
wasGeneratedBy(g9; d@0, access1, -)
A part assignment is a mix of an access activity
and an assign activity
.
We use the derivedByInsertion
to update the collection value withe the new part value.
d[1] = 3
entity(3, [label="3", type="script:literal"])
value(v3, [repr="3"])
defined(3, v3, T10)
wasDefinedBy(v3, 3, T10)
entity(d@1, [value="d[1]", type="script:access"])
accessed(d@1, v3, T12)
derivedByInsertion(d@1, vlist, {("1", v3)}, T12)
activity(assign4, [type="script:assign"])
used(assign4, d, -)
used(assign4, 1, -)
wasDerivedFrom(d@1, 3, assign4, g5, u6)
Comparison:
value
. All entities that accessed
the value keep the sameThe full mapping for the previous code is presented below:
>>> m = 10000
>>> d = [m, m + 1, m]
>>> x = d
>>> len(d)
3
>>> d[0]
10000
>>> d[1] = 3
prefix script <https://dew-uff.github.io/versioned-prov/ns/script#>
// assignment
entity(10000, [label="10000", type="script:literal"])
value(v10000, [repr="10000"])
defined(10000, v10000, T1)
wasDefinedBy(v10000, 10000, T1)
entity(m, [label="m", type="script:name"])
accessed(m, v10000, T2)
activity(assign1, [type="script:assign"])
wasDerivedFrom(m, 10000, assign1, g1, u1)
// operation
entity(1, [label="1", type="script:literal"])
value(v1, [repr="1"])
defined(1, v1, T3)
wasDefinedBy(v1, 1, T3)
entity(sum, [label="m + 1", type="script:eval"])
value(v10001, [repr="10001"])
defined(sum, v10001, T4)
wasDefinedBy(v10001, sum, T4)
activity(+, [type="script:operation"])
wasDerivedFrom(sum, m, +, g2, u2)
wasDerivedFrom(sum, 1, +, g2, u3)
// list def
entity(list, [label="[m, m + 1, m]", type="script:list"])
value(vlist, [repr="[10000, 10001, 10000]"])
derivedByInsertion(
list, vlist,
{("0", v10000), ("1", v10001), ("2", v10000)},
T5
)
defined(list, vlist, T5)
wasDefinedBy(vlist, list, T5)
// list assign
entity(d, [label="d", type="script:name"])
accessed(d, vlist, T6)
activity(assign2, [type="script:assign"])
wasDerivedFrom(d, list, assign2, g3, u4)
// list assign x
entity(x, [label="x", type="script:name"])
accessed(x, vlist, T7)
activity(assign3, [type="script:assign"])
wasDerivedFrom(x, d, assign3, g4, u5)
// call
entity(len_d, [label="len(d)", type="script:eval"])
value(v3, [repr="3"])
defined(len_d, v3, T8)
wasDefinedBy(v3, len_d, T8)
activity(call1, [type="script:call", label="len"])
used(call1, d, -)
wasGeneratedBy(len_d, call1, -)
// part access
entity(0, [value="0", type="script:literal"])
value(v0, [repr="0"])
defined(0, v0, T9)
wasDefinedBy(v0, 0, T9)
entity(d@0, [label="d[0]", type="script:access"])
accessedPart(d@0, vlist, "0", v10000, T10)
activity(access1, [type="script:access"])
used(access1, d, -)
used(access1, 0, -)
wasGeneratedBy(g9; d@0, access1, -)
// part assign
entity(3, [label="3", type="script:literal"])
value(v3, [repr="3"])
defined(3, v3, T10)
wasDefinedBy(v3, 3, T10)
entity(d@1, [value="d[1]", type="script:access"])
accessed(d@1, v3, T12)
derivedByInsertion(d@1, vlist, {("1", v3)}, T12)
activity(assign4, [type="script:assign"])
used(assign4, d, -)
used(assign4, 1, -)
wasDerivedFrom(d@1, 3, assign4, g5, u6)
This mapping produced the following graph for Floyd-Warshall:
The Mutable-PROV mapping produces the following query result:


Installs a phonetic keyboard & an inscript keyboard for typing the Sharada script and the font "Satisar Sharada" for the same.
© 2020 Vinodh Rajan


{% comment %}The first line including company and location. {% endcomment %}
{{ include.company | markdownify }}
{{ include.location | markdownify }}
{% comment %}The second line including position and dates. {% endcomment %}
{{ include.position | markdownify }}
{{ include.dates | markdownify }}
{% comment %}The third line including position and dates. {% endcomment %}
{% if include.position_2 != null %}
{{ include.position_2 | markdownify }}
{{ include.dates_2 | markdownify }}
{% endif %}


A list with information about memory usage. Portable fields:
rss
: "Resident Set Size", this is the non-swapped physical memory a
process has used. On UNIX it matches "top"‘s 'RES' column (see doc). On
Windows this is an alias for wset
field and it matches "Memory"
column of taskmgr.exe
.
vmem
: "Virtual Memory Size", this is the total amount of virtual
memory used by the process. On UNIX it matches "top"‘s 'VIRT' column
(see doc). On Windows this is an alias for the pagefile
field and
it matches the "Working set (memory)" column of taskmgr.exe
.
ps_memory_info(p)
| p | Process handle. |
|---|
Named real vector.
Non-portable fields:
shared
: (Linux) memory that could be potentially shared with other
processes. This matches "top"‘s 'SHR' column (see doc).
text
: (Linux): aka 'TRS' (text resident set) the amount of memory
devoted to executable code. This matches "top"‘s 'CODE' column (see
doc).
data
: (Linux): aka 'DRS' (data resident set) the amount of physical
memory devoted to other than executable code. It matches "top"‘s
'DATA' column (see doc).
lib
: (Linux): the memory used by shared libraries.
dirty
: (Linux): the number of dirty pages.
pfaults
: (macOS): number of page faults.
pageins
: (macOS): number of actual pageins.
For on explanation of Windows fields see the PROCESS_MEMORY_COUNTERS_EX structure.
Throws a zombie_process()
error for zombie processes.
Other process handle functions: ps_children
,
ps_cmdline
, ps_connections
,
ps_cpu_times
, ps_create_time
,
ps_cwd
, ps_environ
,
ps_exe
, ps_handle
,
ps_interrupt
, ps_is_running
,
ps_kill
, ps_name
,
ps_num_fds
, ps_num_threads
,
ps_open_files
, ps_pid
,
ps_ppid
, ps_resume
,
ps_send_signal
, ps_status
,
ps_suspend
, ps_terminal
,
ps_terminate
, ps_uids
,
ps_username
p <- ps_handle() p ps_memory_info(p)


SVG Frame
Upload SVG file:
Select server file:
none
server file 1
server file 2
server file 3
server file 4
fullscreen
save file


Example
Division which constains table for showing the data
Division for showing the edit functionality.
Submit


interface RVButtonClick
Callback for a generic listener for click events on RecyclerView items
abstract fun onClick(position: Int): Unit
Called when a RecyclerView item is clicked |
|
abstract fun onLongClick(position: Int): Unit
Called when a RecyclerView item is long clicked |


| Overview | Namespace | Class | Index | Help |
| PUBLIC MEMBERS: | CLASSES | STRUCTS | UNIONS | ENUMS | TYPEDEFS | METHODS | STATIC METHODS | DATA | STATIC DATA |
| PROTECTED MEMBERS: | CLASSES | STRUCTS | UNIONS | ENUMS | TYPEDEFS | METHODS | STATIC METHODS | DATA | STATIC DATA |
template< typename API >
| virtual | abstract | interface | template |
| NO | NO | NO | YES |
Methods |
|
| ODynamicLoader( ) throw( ); |
Default constructor |
| ODynamicLoader( const ::rtl::OUString & strModuleName, const ::rtl::OUString & strInitFunction ) throw( ); |
Constructor, loads the library if necessary otherwise the refernece count will be increased. |
| ODynamicLoader( const ODynamicLoader< API > & toCopy ) throw( ); |
Copy constructor |
| ~ODynamicLoader( ) throw( ); |
Destructor, decrease the reference count and unload the library if it is tha last instance. |
| ODynamicLoader< API > & operator=( const ODynamicLoader< API > & toAssign ) throw( ); |
Assign operator |
| API * getApi( ) const throw( ); |
returns a poiner to the initialized API function structure. |
| API * operator->( ) const throw( ); |
cast operator, which cast to a poiner with the initialized API function structure. |
| sal_Bool isLoaded( ) const throw( ); |
checks if the loader works on a loaded and initialized library. |
Data |
|
| ORealDynamicLoader * m_pLoader; |
Static Data |
|
| ORealDynamicLoader * m_pStaticLoader; | stores the real loader helper instance |
Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


monte_carlos
- Functions and Toy MC¶
-
powspechi.monte_carlos.
fconst
(x)¶ Constant function.
- Parameters
x (float, array_like) – Independent variable.
- Returns
1 – Output value, always 1.
- Return type
float, scalar
-
powspechi.monte_carlos.
fct_sin
(x, sfct, *args, **kwargs)¶ Multiply a function by \(\sin{(x)}\).
- Parameters
x (float, array_like) – Independent variable.
sfct (function) – The chosen function to be multiplied by \(\sin{(x)}\).
*args – Arguments to be passed to sfct.
**kwargs – Keyword-only arguments to be passed to sfct.
- Returns
y – Output value associated with multiplying sfct by \(\sin{(x)}\). Its shape is the same as x.
- Return type
float, ndarray
Notes
When picking a random polar point from a function defined on a sphere, just using sfct will not yield the right result. It is therefore necessary to pick a point from \(\sin{(x)}\). For a more detailed explanation, check ‘Sphere Point Picking’ on the internet or a text book.
-
powspechi.monte_carlos.
ffexp
(x)¶ A function symmetric around \(\pi/2\), which is also the value associated with the function’s minimum.
- Parameters
x (float, array_like) – Independent variable.
- Returns
y – Output value whose shape is the same as x.
- Return type
float, ndarray
-
powspechi.monte_carlos.
fphi_psi
(x, vns=None, psis=None)¶ A function (Fourier expansion) based on the flow ansatz used in heavy-ion studies 1 2. It has the following expression:
\[h(x) = \frac{1}{2\pi} \left[ 1 + 2\sum_{n = 1}^{\infty} v_n \cos[n(x - \Psi_n)] \right],\]where \(v_n,\Psi_n\) are the amplitude and phase, respectively.
- Parameters
x (float, array_like) – Independent variable.
vns (float, array_like, optional) – Amplitudes of the Fourier expansion. If not given, it will be taken as zero. Default: None.
psis (float, array_like, optional) – Phases of the Fourier expansion. If not given, it will be taken as zero. Default: None.
- Returns
y – Output of the function. It has the same shape as x.
- Return type
float, array_like
References
-
powspechi.monte_carlos.
from_fct
(fct, size, xmin=0.0, xmax=1.0, *args, **kwargs)¶ Draw random values according to a chosen 1-D function within a specified interval.
- Parameters
fct (function) – Chosen function.
size (int, scalar) – Desired number of samples.
xmin (float, scalar, optional) – Lower boundary of the interval. Default: 0.
xmax (float, scalar, optional) – Upper boundary of the interval. Output values will be less than xmax. Default: 1.
*args – Arguments to be passed to fct.
**kwargs – Keyword-only arguments to be passed to fct.
- Returns
samples – A 1-D array whose length is determined by size. It contains random values distributed according to fct.
- Return type
float, ndarray
-
powspechi.monte_carlos.
isodist
(mult, etacut=None)¶ Create an isotropic particle distribution with specified multiplicity and limitation in \(\theta\).
- Parameters
mult (int, scalar) – Multiplicity or size of the output sample.
etacut (float, scalar, optional) – Limit imposed on pseudorapidity (or polar angle), i.e., \(|\eta|\) < etacut. Default: None.
- Returns
angs – A 2-D array with shape (mult, 2). Under column 0 are the azimuthal angles, while under column 1 are the polar angles.
- Return type
float, ndarray
Notes
In order to pick a random number on the surface of a sphere, azimuthal and polar angles are drawn, respectively, from the following expressions:
\[\begin{split}\phi = 2\pi u,\\\end{split}\]\[\theta = \arccos{(2v - 1)},\]where \(u,v\) are random variables within the interval (0, 1).


Quickstart¶
PyCaret is an open source low-code machine learning library in Python that aims to reduce the hypothesis to insights cycle time in a ML experiment. It enables data scientists to perform end-to-end experiments quickly and efficiently. In comparison with the other open source machine learning libraries, PyCaret is an alternate low-code library that can be used to perform complex machine learning tasks with only few lines of code. PyCaret is essentially a Python wrapper around several machine learning libraries and frameworks such as scikit-learn, XGBoost, Microsoft LightGBM, spaCy and many more.
The design and simplicity of PyCaret is inspired by the emerging role of citizen data scientists, a term first used by Gartner. Citizen Data Scientists are power users who can perform both simple and moderately sophisticated analytical tasks that would previously have required more expertise. Seasoned data scientists are often difficult to find and expensive to hire but citizen data scientists can be an effective way to mitigate this gap and address data related challenges in business setting.
PyCaret is simple, easy to use and deployment ready. All the steps performed in a ML experiment can be reproduced using a pipeline that is automatically developed and orchestrated in PyCaret as you progress through the experiment. A pipeline can be saved in a binary file format that is transferable across environments.
For more information on PyCaret, please visit our official website https://www.pycaret.org


Avian Influenza Spreading Map in South Korea 2016-2017
Number of birds that have been disposed of
A species of birds that have been disposed of


A CHEF IN LOVE A film review by James Berardinelli Copyright 1997 James Berardinelli
RATING (0 TO 10): 6.0 Alternative Scale: **1/2 out of ****
France/Georgia, 1996 U.S. Release Date: Spring 1997 (limited) Running Length: 1:40 MPAA Classification: PG-13 (Nudity, sex, violence) Theatrical Aspect Ratio: 1.85:1
Cast: Pierre Richard, Nino Kirtadze, Timur Kamkhadze, Micheline Presle, Jean-Yves Gautier Director: Nana Dzhordzadze Producer: Marc Ruscart Screenplay: Irakli Kvirikadze Cinematography: Georgi Beridze Music: Goran Bregovic U.S. Distributor: Sony Pictures Classics In French and Russian with subtitles
A CHEF IN LOVE, Georgia's entry into the 1997 Academy Awards sweepstakes, is a frustrating motion picture. Frustrating, because this poorly-focused movie is guilty, first and foremost, of not taking advantage of its chief assets. Films about food and culinary wizards are almost always evocative creations that tease the senses, even if they're imperfectly prepared. A CHEF IN LOVE barely tickles the palate, and certainly won't drive scores of movie-goers in search of a quality meal the way BABETTE'S FEAST did.
The film is structured in an irritatingly non-chronological fashion. Instead of presenting the narrative in a straightforward manner, director Nana Dzhordzadze and screenwriter Irakli Kvirikadze have decided to skip around in time, flashing back and forward to events during the 1920s, while presenting the entire story from the perspective of a man reading the Chef's memoirs from 70 years in the future. Although this approach isn't as chaotic as it sounds, it dilutes character development and leaves us floundering in our attempts to get a solid grip on the emotional core of the romance that lies at A CHEF IN LOVE's center. For films like PULP FICTION and BEFORE THE RAIN, the non-chronological structure was effective, because it amplified the plot. In A CHEF IN LOVE, there doesn't appear to be a compelling reason for it, and the jumps and cuts serve primarily to distract us from the story Dzhordzadze is trying to tell.
That tale is about an aging French chef, Pascal Ichac (Pierre Richard), who, shortly after the first World War, travels from his native country to the Caucasus mountains "in search of new tastes." While there, he meets and falls in love with the flame-haired, fiery Princess Cecilia Abachidze (Nino Kirtadze). He will not marry her, however, claiming that he's too old. The two spend time together, but their happiness is destined not to last. Communist revolutionaries topple the government, and Pascal, a friend of the deposed President, is placed under house arrest. Cecilia, despite her royal title, emerges virtually unscathed because one of the heroes of the revolution, Zigmund Gogladze (Timur Kamkhadze), wants her for his wife.
A CHEF IN LOVE purports to be about the enduring power of love (even a revolution and all sorts of nasty characters can't kill what Pascal and Cecilia share), but the film's exploration of the subject matter isn't compelling. Although Dzhordzadze tries to trick us into believing that Pascal and Cecilia's romance is a great cinematic love affair, it comes across as incomplete and poorly-sketched. A brief scene details their initial meeting, but, after that, every exchange between them happens long after a relationship is established. A CHEF IN LOVE cheats us of the opportunity to fall in love with these characters as they fall in love with each other. As a result, we're expected to accept them as passionate lovers simply because the screenplay tells us that they are. That's a cheat, and it's one of the reasons why A CHEF IN LOVE falters.
The modern-day scenes in A CHEF IN LOVE are pointless. Jean-Yves Gautier plays Cecilia's middle-aged son, Anton, and Micheline Presle is Pascal's elderly niece, Marcelle. Together, they page through the handwritten notes and diary entries of the late chef, attempting to make sense of his life. One revelation late in the film seemingly justifies the presence of these characters, but it's not all that effective because we don't spend enough time with Anton and Marcelle to know them as more than plot devices.
The lead actors, Pierre Richard and Nino Kirtadze, are wonderful, and it's thanks to their efforts that we develop a genuine liking and sympathy for Pascal and Cecilia.  His Pascal is the ultimate hedonist, who loves eating, drinking, making music, and making love. Despite being more subdued, Kirtadze's portrayal is no less stirring. Even as circumstances force Cecilia into Zigmund's arms, we sense that she will always love Pascal, and only Pascal, and that lends an element of effective tragedy to an otherwise- erratic story. Unfortunately, few of the supporting actors do much with their roles. In particular, Timur Kamkhadze is disappointing because he is unable to develop Zigmund into more than an almost-cartoonish villain.
A CHEF IN LOVE is being marketed as a worthy successor to the likes of BABETTE'S FEAST and BIG NIGHT. However, it isn't in the same category as either, and not just because it doesn't truly tantalize our senses of taste and smell. When it comes to plot and character, both of those films possessed a richness that A CHEF IN LOVE fails to attain. With its melodramatic flourishes and confused, anecdotal approach, this movie is frequently overdone or underdone, but rarely cooked to perfection.
- James Berardinelli e-mail<EMAIL_ADDRESS>ReelViews web site: http://www.cybernex.net/~berardin
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The Campus Place Finder application helps employees, students, or
visitors locate a person or a place within a campus, office building, military
base or university. This application is typically used by employees, students or
visitors on a campus.
To locate a person, select the Find Person radio button then simply enter the
person's first name, last name or full name in the search box. Or to locate a
place, select the Find Place radio button then simply enter the office or
conference room number in the search box. The person's office or room of
interest will then be highlighted on the map and relevant information about the
space will be presented to you.
The Campus Place Finder application provides employees, students, and visitors an easy way to find people or places near them, a person by name, or room number. When you enter a name or room number into the search box, the application will zoom you to an exact match or list the closest matches to your search inquiry. View people and places near your location and allow you to review relevant location information in and around your campus.
There are two primary ways to identify an area of interest. You can interact directly with the map and click on an office space or you can also use the search box to find a person or place.
There are several ways to interact with the map:
1. Use the basemap switcher to select the basemap you'd like to interact with
2. Hold down the shift key and drag a box on the map to zoom in
3. Hold Down Ctrl+Shift to zoom out
4. Roll your mouse roller to zoom in/out
5. Drag the zoom slider to zoom in/out
6. Click on an interior space and see additional information about the space
The search box can be used to find a person or a place, you're interested in
locating
1. Use the radio dial to select the search method you'd like to use Find Person
or Find Place
2. Enter the person's, first name, last name or full name or the room number you're
interested in
3. The application will zoom to any exact match, or supply a dropdown list of
similar matches. Click on the person or place listed and the application will
zoom to your selection.
The Campus Place Finder application can used by businesses, universities,
military bases, facilities departments or other local government organizations
responsible for interior spaces to deploy a web-based Campus Finder Application.
This application provides 24x7 access to the organization and typically improves
the efficiency numbers staffed by these organizations.


Thread used to send all the generated notification messages. If it's left blank, the default behavior is to use the JOB_NAME as thread key.
NOTE: This parameter only applies if the Append Notification In Same Thread option is checked.


I watched a TEDxBeaconStreet talk the other evening entitled “Reimagining Learning.” It started off well enough, with some good points about the challenges of teaching in a digital age. I really liked Richard’s opening point:
There’s a more serious digital divide that we face in this country. That is the divide between those who know how to use technology to reimagine learning and those who simply use technology to digitize traditional learning practices.
Not too bad, consider I’ve even written about reimagining schools through Flipped Learning.
He then made some jokes and quips about scanning photos and using projectors as really fancy chalkboards. Ha ha.
He argue that the way to really change schools is to personalize learning. Again, something I can get on board with.
And then he dropped this bombshell:
< crashandburn >
My heart fell. There are so many things in this story that put Richard, in my mind, solidly in the camp of “digitizing traditional teaching practices.”
The students walk in every day and they see on these screens, their names…and they see where they’re supposed to go to learn that day.
I don’t know about you, but the first thing I want my students to see when they walk in is me, smiling, welcoming them back to the room to learn together. Step one in this case is digitize the teacher.
And then they go, like this group of girls right here, and they learn whatever they’re doing. At the end of the period, they stop a few minutes early, and they take a quick three-question test.
Their performance goes into an algorithm that customizes their schedule for the next day.
Rinse, wash, repeat. (And, I bet if a teacher were around in that picture, they could tell you what the girls were working on that day.)
He then goes on to talk about MOOCs (attributing the idea improperly) and how “reimagining learning” is really just opening it up to hundreds of thousands of people. No mention of the massive attrition rate of students nor the fact that MOOCs aren’t solving real problems in higher education.
I think I’ve come to the conclusion that most of the widely-publicized talks on education are either 1) given by people with lots of money, or 2) given by people who want to make lots of money. There have been very few compelling TED talks lately that have really communicated some of the major change that can come to education when we really think hard about what technology can help us do.
I’m not saying there aren’t any. Ramsey Musallam’s “Three Rules to Spark Learning” and Kristin Daniels’ talk on reinventing professional development are top notch. I’m convinced they are because they’re teachers. Not venture capitalists. Not entrepreneurs. Not CEOs or filmmakers.
Maybe I’m just watching the wrong talks, but I know that I’m waiting for TED to look past the hype and bring back some great ideas.
Written on November 13th, 2013 by Brian Bennett Categorized in: All Teaching Technology
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Experimental pseudo mathematical Calculator
Changelog
Version 0.7.2-Alpha - 18.02.2019
- Added settings dialog
- Default english numeric format
- Ignores now whitespaces
- Fixed handling operators enclosed in two or more relational operators like =,<>...
- Hopefully Fixed mathquill on Android
Features
- Customizable keypad
- Runs offline on your device, please press Update to update
- define your own operators like a%b:=a mod b
- Shows steps (To be improved)
- Switch Numeric Base (b) with "switchbase(b)"
- Print Result of Expression (e) with specfic numeric Base (b) with "tobase(e;b)"
About
Version 0.8.9-Alpha Copyright 2017-2019 Christopher Homberger (
christopher.homberger@web.de), the UI uses
Mathquill with experimental patches (
Extended Mathquill)